Automation and Systems Integration Engineering Technology

Find better ways to manufacture products through the production process while ensuring efficient use of personnel and resources.

Automation and Systems Integration Engineering Technology

This is one of three majors offered for students who seek to contribute at the interface between manufacturing, electrical, mechanical, and computing areas in primarily industrial environments.

When you major in automation and systems integration engineering technology, you will address what is needed to move product concepts into efficient, automated production. The curriculum focuses on the entire design and manufacturing process; you’ll understand how each team member benefits the system.

Special Features

Learn in a hands-on environment with a 1,400-square-foot, fully functional, automated manufacturing laboratory

Focus on applying and implementing technology, in a hands-on approach, to solve real-world problems.

Explore a wide range of career options in product improvement, industrial processes, or plant operations

What can I do?

Where can I go?

“The wide scope of things we learn about and the diversity we experience are the favorite things about my major. For instance, I love robotics and wanted to study abroad, so I went on a Spring Break trip to Germany. We saw robotics at BMW and Audi, with a cultural immersion twist!”

Danielle Mertens

Manufacturing Engineering Technology

What to expect in Automation and Systems Integration Engineering Technology

What it's like to be a TECHIE!

The Polytechnic learning environment

Our learning experience is designed to produce graduates who
not only have deep knowledge, applied skills, and experiences in
their chosen discipline, but also problem solving, critical thinking,
communications, and leadership skills sought by industries
and communities.

About the department

The School of Engineering Technology provides degree programs in mechanical, manufacturing and electrical engineering technologies, capitalizing on where the disciplines overlap. The learning environment mirrors the engineering teams most graduates will work in. Faculty research projects provide immediate industry results and help students put theory into practice.